TETMET utilizes a vertically integrated AI and Robotics platform to efficiently manufacture large-scale architectured materials and lattices. This Adaptive Spatial Lattice Manufacturing (ASLM) process produces ultralight, high-strength structures with significantly reduced material and energy consumption. The company enables industries like Automotive and Aviation to adopt advanced, sustainable, and cost-effective structural designs.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional manufacturing methods often involve high material waste, energy consumption, and logistical complexities due to reliance on solid material production. Producing large-scale lattice structures, known for their efficiency, has historically been complicated and costly, hindering their widespread adoption across industries.
Solution
TETMET utilizes Adaptive Spatial Lattice Manufacturing (ASLM) to produce large-scale lattice structures that are lightweight, strong, and fully circular. This decentralized, on-demand manufacturing process significantly reduces material usage by using only what is necessary, lowers energy consumption by an order of magnitude compared to conventional methods, and streamlines supply chains by enabling localized production. ASLM's precision-driven laser welding and AI-controlled robotic assembly are suited for zero-gravity environments, enabling in-space assembling and manufacturing (ISAM). The company's approach focuses on utilizing materials with low embodied energy, prioritizing resources that are abundant and easily accessible globally, and designs products with circularity in mind, ensuring materials can be easily recycled and reintegrated into the manufacturing cycle.
Target Audience
TETMET's primary customers include companies in the automotive, aerospace, and space exploration industries seeking lightweight, sustainable, and high-performance structural components.
Features
- Adaptive Spatial Lattice Manufacturing (ASLM) technology for producing lightweight, strong, and circular lattice structures
- Decentralized, on-demand manufacturing process reducing material usage, energy consumption, and logistics costs
- AI-powered robots and laser systems for automated production of large-scale lattices
- Compatibility with various materials, including those with low embodied energy
- Designs products with circularity in mind for easy recycling and material reintegration
- Precision-driven laser welding and AI-controlled robotic assembly for zero-gravity environments